Bokey TimeThe Rolex-inspired Cellini Date OT2 edition is designed around classic dress-watch aesthetics, combining elegant proportions, refined finishing, and traditional calendar functionality for a sophisticated formal wearing experience.
The watch features a 39mm case diameter with a slim 11.5mm profile, offering balanced proportions suitable for both business attire and formal occasions. The overall design emphasizes timeless elegance with smooth curves and polished detailing throughout the case structure.
Inside, the watch is powered by a customized 3165-style integrated automatic movement featuring central hour, minute, and second hands alongside a subsidiary date display. The movement layout is designed to replicate the functionality and operating experience of the original calendar-style dress watch configuration.
The case is constructed from 316L stainless steel and finished with a high-grade gold-tone plating process combined with additional anti-oxidation treatment, enhancing both durability and visual warmth.
The dial is produced using a deeply engraved wave-pattern texture, creating strong dimensional depth and refined light reflection across the surface. The layered finishing enhances the elegant character of the watch while maintaining a clean and classic appearance.
The hands are crafted using refined polishing and decorative finishing techniques designed to improve clarity and add subtle luxury detailing.
A sapphire crystal is fitted to provide enhanced transparency and scratch resistance, preserving the dial’s visual sharpness during everyday wear.
The strap is made from a soft premium leather-style material featuring detailed edge finishing and textured grain patterns for improved comfort and elegance. The traditional pin buckle design further reinforces the classic dress-watch aesthetic.
Overall, the OT2 Cellini Date Edition focuses on refined dress styling, integrated calendar functionality, and elegant finishing details, presenting a sophisticated interpretation of the classic Cellini-inspired design language.
